Group Information

		Principal Investigator

		Paula T. Hammond CV David H. Koch Professor in Engineering Executive Officer, Chemical Engineering Ph.D. in Chemical Engineering, MIT (1993) M.S. in Chemical Engineering, Georgia Tech (1988) S.B. in Chemical Engineering, MIT (1984)			Elizabeth Galoyan Administrative Assistant 77 Massachusetts Avenue, Room 76-553 Cambridge, MA 02139 USA Phone: 617-253-3016 Fax: 617-258-8992 lgaloyan[at]mit.edu

In 1994 Dr. Hammond was awarded the NSF Postdoctoral Fellowship in Chemistry while performing postdoctoral research in the Harvard University Chemistry Dept as a member of the Whitesides research group. In 2000, Professor Hammond was awarded the Junior Bose Faculty Award, and the GenCorp Signature University Award. She has also received the NSF Career Award, the EPA Early Career Award, the DuPont Young Faculty Award, and the 3M Innovation Fund Award. Dr. Hammond was one of a group of key faculty members involved in starting the Institute for Soldier Nanotechnologies

Visiting Scientists
	Mariya Khiterer khiterer[at]mit.edu	Li-Air Battery Components via Layer-by-Layer Assembly	Keigo Suzuki ksuzuki[at]mit.edu
Postdoctoral Researchers
	Ben Almquist almquist[at]mit.edu	Development of Dynamic Materials for Chronic Wound Healing	Brian S Aitken baitken[at]mit.edu	Mechanomutable Polymers
	Julio D'Arcy jmdarcy[at]mit.edu	Functional Nanoarchitectures of Organic and Inorganic Electronics	Jason Deng jdeng[at]mit.edu	Layer-by-Layer Nanoparticle Delivery for Tumor Therapies
	Erik C. Dreaden edreaden[at]mit.edu	Layer-by-Layer (LbL) nanoparticles for synergistic RNA interference (RNAi) and cancer chemotherapy	Nasim Hyder nasim[at]mit.edu	Self-Assembly of Nanomaterials for Energy and Environmental Applications
	Sun Hwa Lee sunhlee[at]mit.edu	Design and development of layer-by-layer membranes for energy storage devices	Wei Li weil[at]mit.edu	Engineering Microenvironments for 3D Culture of Pancreatic Beta Cells
	Mohi Quadir maquadir[at]mit.edu	Linear-Dendritic Block Copolymers	Young Hoon Roh yr36[at]mit.edu	RNAi Microsponges
	Jackie Shepard shepard1[at]mit.edu	Development of Hydrogel Scaffolds for Improved Drug Testing	Kevin Shopsowitz kshops[at]mit.edu	Self-assembled biomaterials, RNAi delivery for cancer therapy
	Liz Welch mewelch[at]mit.edu	Structured gels from clickable synthetic polypeptides


Graduate Students
	Chibueze Amanchukwu chibueze[at]mit.edu	Developing a Solid-State Electrolyte for Lithium-Air Batteries	Steven Castleberry scastle[at]mit.edu	Polyelectrolyte Multilayer Drug Delivery: Wound Healing Applications
	Po-Yen Chen pychen[at]mit.edu	Layer by Layer (LbL) Solid-State Electrolyte for Dye-Sensitized Solar Cells (DSSCs)	Caroline Chopko cchopko[at]mit.edu	Developing a Multiplexed Protease Sensor
	Samantha Collins scollins[at]mit.edu	Biologically Driven Self Assembly of Nanoscale Materials for 3D Networks	Santiago Correa Echevarria sancor[at]mit.edu	Layer-by-Layer Nanoparticle Combination Therapies Targeted to Ovarian Tumors
	Nicole Davis davisnr[at]mit.edu	Layer-by-layer Assembled Membranes for Solar-powered Water Electrolysis Applications	Noémie-Manuelle Dorval Courchesne ndorvalc[at]mit.edu	Assembly of Biologically-Derived Nanostructures for Photovoltaic Applications
	Jonathon Harding jrhardin[at]mit.edu	OER Mechanism Development and Optimization of the Air Electrode for Lithium-Air Batteries	Bryan Hsu bbhsu[at]mit.edu	Controlled Release of Therapeutics from LbL-Films in Wound Healing Applications
	Kevin Huang kjhuang[at]mit.edu	Phage-based Nanowire-Polymer Composites for Hybrid Photovoltaics	Jason Kovacs jkovacs[at]mit.edu	Development of Novel Desalination Membranes
	David Liu davidliu[at]mit.edu	Exploring Composite Layer-by-layer Membranes for Fuel Cell Applications	Anasuya Mandal anasuya[at]mit.edu	Transdermal delivery/cell sampling LbL Microneedle
	Mackenzie Martin martinmm[at]mit.edu	Developing Designer Hydrogels Using Click Chemistry	Jouha Min jmin484[at]mit.edu	Engineering an LbL Film for The Extended Release of Antibiotics and Modeling Drug Release Behavior
	Stephen Morton swmorton[at]mit.edu	LbL Nanoparticles For Targeted Drug Delivery	Sam Raredon msbr[at]mit.edu	3-D Tissue Scaffolds with Advanced Physiologic Architecture
	Nisarg Shah nisarg[at]mit.edu	Multifunctional therapies for biomedical devices and targeted drug delivery	Marianna Sofman msofman[at]mit.edu	Development of 3D microvascular environments for cell systems using synthetic biomaterials